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About IPexpert's 5-Day CCIE Wireless (2.0) Lab Preparation Bootcamp
The IPexpert CCIE Wireless 5-Day Bootcamp is designed for CCIE Wireless candidates ready for an intense five day course designed to be challenging. Students will be immersed in the knowledge needed to attain the CCIE Wireless certification. Over five lengthy days, existing knowledge will be solidified, weaknesses exposed and students will also gain vital test-taking strategies.
In the Bootcamp, students will receive hours of in depth lecture and hands-on demonstrations from one of IPexpert's world renowned CCIE instructors providing detailed explanations and facilitating group discussions/whiteboard chalk-talk sessions. Students will also have access to individual attention from the instructor when personal mentoring is needed.
This specialized course contains both detailed explanations and challenging labs on advanced topics including the configuration & troubleshooting of Unified Wireless, Autonomous APs, WCS, MSE, Wireless Voice/Video, and Wired Infrastructure.
Throughout the course, students will have unlimited access to their own personal rack of equipment. Being immersed in an environment without the distraction of work and personal obligations, students will maintain the undisrupted focus required to benefit from the volume of material concentrated into one week.
Why Choose IPexpert
5-Day CCIE Wireless (2.0) Lab Preparation Bootcamp Facts:
- Classes are long, sometimes lasting late into the evenings. Students must come prepared to learn and be challenged
- The instructor will cover all aspects of the new CCIE 2.0 Lab exam including how to configure, verify, and troubleshoot each topic.
- The instructor will identify the most common mistakes that candidates make.
- The instructor will discuss time management and various test-taking strategies providing insight on how successful CCIE's have prepared and passed the grueling CCIE Wireless Lab
- Each student will have access to their own vRack of equipment consisting of the latest hardware currently seen on the CCIE 2.0 Lab blueprint!
- Students MUST BRING THEIR OWN LAPTOPS. (See laptop requirements here.)
- The in-person course is held in a training facility in close proximity to hotels, airports and restaurants.
- Students investments are protected by IPexpert's Investment Assurance guarantee
- Attend this course LIVE or via IPexpert's new Online-HD-ILT format
IPexpert CCIE Wireless Bootcamp Prerequisites:
- Students are expected to have a CCNP-level of knowledge with extensive CCIE-level preparation.
- It is STRONGLY RECOMMENDED that students have purchased and completed AT LEAST CCIE Wireless Workbook Volume 1: Focus Labs prior to the course. (Volume 1 is available as a stand alone product and is also included as part of the Blended Learning Solution.)
Course Outline
CCIE Wireless Written Exam Topics v2.0
Planning & Designing 802.11 Wireless Technologies
WLAN organizations and regulations
IEEE 802.11 Standards and Protocols
- Wireless Security Concept & Protocols
- L2/L3/L4 Traffic restrictions
- Management access restrictions
- Layer 2/3 security
- WPS, MFP, NAC
- Plan & design Wireless solutions requirements
- (a)Translate customer requirements into services and design recommendations
- (b)Identify ambiguity and/or information gaps
- (c)Evaluate interoperability of proposed technologies against deployed IP network infrastructure & technologies
- (d) Suggest deployment model
- RF Planning
- (a) Define the tasks/goals for a preliminary site survey
- (b) Conduct the site survey
- (c) Determine AP quantity, placement and antenna type
- (d) Draft an RF operational model that includes:
- Radio resource management (Auto-RF, manual, hybrid, TPC and DCA)
- Channel use (Radar, other non-WiFi interference)
- Power level, overlap
- (e) Audit and optimize existing RF deployments
- (f) RF design for indoor and outdoor deployments
- Configure and Troubleshoot L2/L3 network infrastructure to support WLANs
- Configure and troubleshoot wired infrastructure to support WLAN's
- VLANs
- VTP
- STP
- Etherchannel
- HSRP
- VSS
- Network infrastructure capacity planning
- Configure and troubleshoot network connectivity for :
- WLAN Clients
- Standalone WLCs
- Integrated WLCs
- Lightweight APs
- Autonomous Aps
- Configure and troubleshoot PoE for AP's
- Configure and troubleshoot QoS on the switching infrastructure
- Configure and troubleshoot Multicast on the switching infrastructure
- Configure and troubleshoot basic IPv4 connectivity
- Subnetting
- Static routing
- basic OSPF
- basic EIGRP
- Configure and troubleshoot basic IPv6 connectivity
- Subnetting
- Static routing
- Configure and troubleshoot wired security
- ACLs
- dot1x, mac filtering
- Configure and Troubleshoot Infrastructure Application Services
- Configure and troubleshoot DNS, DHCP, NTP , SYSLOG, SNMP
- Configure and troubleshoot AAA Server Infrastructure
- client authentication
- management authentication
- (c) Basic PKI for dot1x and webauth
- Configure and Troubleshoot Autonomous deployment model
- Configuring and controlling management access
- Configuring and Troubleshooting network services
- NTP
- SYSLOG
- Configuring and troubleshooting different modes and roles
- Root
- WGB
- Bridge
- Configuring and troubleshooting SSID/MBSSID
- Configuring and troubleshooting Security
- L2 security policies
- association filters
- MFP
- peer to peer blocking
- Local radius
- dot1x profiles
- Configuring and troubleshooting Radio Settings
- Configuring and troubleshooting IGMP snooping
- Configuring and troubleshooting QOS
- Configuring and troubleshooting WDS (L2)
- Upgrade Autonomous to Unified
- Configure and Troubleshoot Unified deployment model
- Configuring and controlling management access
- Configuring and Troubleshooting network services
- NTP
- SYSLOG
- DHCP
- DNS
- Configuring and Troubleshooting Interface settings
- Configuring and Troubleshooting Light Weight AP
- dot1x
- locally significant certificates
- office extend
- (f) AP Modes
- (g) AP Authentication / authorization
- (h) High availability
- Logging
- (j) local / global configuration
- Configuring and Troubleshooting AP groups
- Configuring and Troubleshooting WLANs
- client exclusion
- load-balancing
- band select
- passive clients
- DHCP policies
- multicast VLAN
- radio policies
- Configuring and troubleshooting HREAP
- local auth
- h-reap groups
- (c) h-reap local switching
- address learning
- Configuring and troubleshooting Radio Settings
- client link
- power
- channel settings
- antenna selection
- beaconing
- data rates
- channel bonding
- Cleanair
- EDDRRM
- Interferer detection
- air quality
- Implement RRM/ AutoRF
- country selection
- CHD, DCA, TPC
- RF groups
- Profiles
- Implement Local DHCP services for clients
- Configuring and troubleshooting Security settings
- (a) L2 security policies (802.11i, static dynamic WEP, mac filtering, etc..)
- (b) AAA (WLC to Radius/LDAP)
- (c) local EAP authentication (against local user list, and external LDAP)
- (d) peer to peer blocking
- (e) L3 security policies (Webauth, pass-through)
- (f) WPS settings (IDS...)
- (g) ACL Interface/CPU/WLAN
- (h) NAC
- MFP
- Configuring and troubleshooting mobility
- L2/L3 roaming
- multicast optimization
- mobilty group scaling
- (d) inter-release controller mobility groups
- Configuring and troubleshooting controller redundancy/fallback (APs and clients)
- Configuring and troubleshooting wired and wireless Guest
- Configuring and troubleshooting multicast
- Configuring and troubleshooting QOS
- BW profile metal
- EDCA
- BW restrictions
- per user BW roles
- Configuring and troubleshooting Mesh
- AP authorization
- BGN
- Ethernet bridging
- serial backhaul
- Configure and Troubleshoot WCS
- Configure and troubleshoot management access
- AAA
- virtual domain
- Configure and troubleshoot NTP
- Perform basic Operations
- Create and deploy templates, template groups
- Create a floor coverage proposal
- Prepare the building/floor map
- Implement controllers to WCS
- high availability
- AP placement
- understand license managing
- Mesh monitoring
- audits
- Performing maintenance operations
- backups
- WCS upgrade
- WLC upgrade
- MSE upgrade
- client troubleshooting
- AP conversion
- Logging
- Security management
- audit configuration
- Rogue Detection, classification and management
- Alerts
- Alarms and Events
- security index
- IDS / WIPS
- RF Management
- RRM events
- Clean air
- (h) Service levels
- Implement MSE
- Configuring and troubleshooting management access
- Implement network services
- Performing maintenance operations
- Configure and Troubleshoot WLAN Services
- Understand Service characteristics, capabilities and limitations
- Voice for autonomous deployments
- RF Design considerations
- Implement the network infrastructure to support Voice over Wireless
- General configuration settings
- Security settings
- CAC
- Audit Voice deployments
- Voice for unified deployments
- RF Design considerations
- Implement the network infrastructure to support Voice over Wireless
- General configuration settings
- Security settings
- CAC
- Audit Voice deployments
- Video
- RF Design considerations
- Implement the network infrastructure to support Video over Wireless
- General configuration settings
- CAC
- Context aware services
- RF Design Considerations
- Location
- Notifications
Schedule
| Date | Location | |
|---|---|---|
| June 10 to June 14, 2013 | Online-HD-ILT | |
| July 15 to July 19, 2013 | Online-HD-ILT | |
| August 12 to August 16, 2013 | San Jose, CA | |
| September 09 to September 13, 2013 | Online-HD-ILT | |
| October 07 to October 11, 2013 | San Jose, CA | |
| November 04 to November 8, 2013 | Online-HD-ILT | |
| December 02 to December 6, 2013 | San Jose, CA |
International Schedule
| Date | Location |
|---|
Jeff Rensink is a dual CCIE who passed the R&S lab in 2009 and the Wireless 2.0 lab in January of 2013. He also holds a bachelors degree in IT Management from Concordia University in St. Paul, MN.
Jeff has worked in the networking industry since 2006, starting in the enterprise space. In 2009, he worked on a team supporting one of the largest datacenters in Minnesota. His last employer was one of the premier Cisco gold partners in Minnesota, where Jeff was the lead wireless engineer for the majority of his time there. Jeff’s wireless experience spans both local and national companies across many verticals including enterprise, retail, healthcare, education, and manufacturing.
